Systems and Means of Informatics

2022, Volume 32, Issue 2, pp 58-71

ANALYTICAL MODELING AND ESTIMATION OF NONSTATIONARY NORMAL PROCESSORS WITH UNSOLVED DERIVATIVES

  • I. N. Sinitsyn

Abstract

Methodological and algorithmic support for analytical modeling, estimation, identification, and calibration for essentially nonstationary (e.g., shock) stochastic systems with unsolved derivatives is proposed. Basic theorems are given. Special attention is paid to shock disturbances. An example is provided. Some possible generalizations are presented.

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